T. Brodnax, M. Schiffi, F. Watson, "The PowerPC601 Design Methodology", Proceedings of the ICCD'93, IEEE Computer Society Press, pp. 248-252, 1993. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Hardware/Software Partitioning of Telecommunication Systems - O'Nils (1996) (Correct)
.... the most important device is the microprocessor [39] The microprocessor has evolved from the simple 4004 [19] from Intel with only a few thousand transistors, to the microprocessors today (1996) with 3 to 9 million transistors on a single chip, e.g. the Alpha TM 21164 [62] the PowerPC 601 TM [10,14], the Pentium TM [4,59,63] The invention of the microprocessor enabled the use of embedded systems in low cost consumer products, like the ones listed above. With complexities of the processors above and memory devices with up to 100 million devices on a single chip [40,51] integration of a ....
T. Brodnax, M. Schiffi, F. Watson, "The PowerPC601 Design Methodology", Proceedings of the ICCD'93, IEEE Computer Society Press, pp. 248-252, 1993.
System Design for a Computational-RAM Logic-In-Memory.. - Nyasulu (1999) (Correct)
.... that simply assigns values to the inputs of Controller Logic Design and Verification 77 the unit under test, allows the running of actual system machine code in testing the design functionality, thus saving time in generating the input test vectors and collecting the design test outputs [57] [58]. The VHDL simulation models of the CRAM chips (generic versions of C64p1k and C512p512) have been designed to exactly match the functionality of the actual designs. Even the bugs in the CRAM prototype chips have been incorporated in some of the models. This, when used with the synthesized model ....
Tim Brodnax, "The PowerPC 601 Design Methodology", IEEE International Conference on Computer Design, October, 1993, pp 248-252.
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